mirror of
https://github.com/MHSanaei/3x-ui.git
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bef6b45848
Three layered fixes targeting the distinct causes of overage: Bucket C (catastrophic): flush pending Xray stats to DB before every scheduled Xray restart so in-memory counters are never silently zeroed. - web/service/xray.go: add FlushTrafficToDB() - web/web.go: call FlushTrafficToDB() in the 30 s restart cron before RestartXray(false) Bucket A (in-flight gap): drain per-user Xray stats counters immediately after RemoveUser() succeeds, capturing bytes accumulated since the last bulk GetTraffic(reset=true) cycle. - xray/api.go: add DrainUserTraffic(email) using GetStats gRPC with reset - web/service/inbound.go: call DrainUserTraffic and persist delta in disableInvalidClients() Bucket B (active TCP connections survive removal): insert iptables DROP rules for each known client IP on the inbound port so established connections are killed immediately, not just new ones. - util/iptables/iptables.go: new package managing the 3X-UI-BLOCK chain (EnsureChain, FlushChain, BlockIP, UnblockIP, ListRules); gracefully degrades when iptables is unavailable - web/job/unblock_ips_job.go: @every 5m cleanup job removes rules older than maxBlockAgeSecs - web/service/inbound.go: blockClientIPs() called after successful RemoveUser(); unblockClientIPs() called after successful AddUser() in autoRenewClients() so renewed clients can reconnect - web/web.go: EnsureChain + FlushChain on startup; register unblock job |
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| .. | ||
| config.json | ||
| inbound.go | ||
| outbound.go | ||
| panel.go | ||
| server.go | ||
| setting.go | ||
| tgbot.go | ||
| user.go | ||
| warp.go | ||
| xray.go | ||
| xray_setting.go | ||